干、湿球温度与湿度对照表

相对湿度对照表本表格不太全，精度也有限，适合要求不高的场合。

如要求较高，另有以下选择：1。

根据干湿球温度的相对湿度计算程序（汇编）50元：环境条件：风速：0.4m/s 0.8m/s 2.5m/s三种可选大气压：110，100，90，80kPa四种可选干球温度范围：0~100摄氏度干湿球温度差：不限程序入口：干球温度（精确到0.1度）湿球温度（精确到0.1度）程序出口：相对湿度（精确到1%）2.相对湿度对照表（JPG文件）100kPa 0.8m/s 干球温度范围：15~100摄氏度 30元。

请联系wt9405@;--------------------------相对湿度表;干球温度 0 ~ 40 度，;每度16档温差:0.0, 0.5, 1.0, 1.5, 2.0, 2.5, 3.0,.....14.0, 14.5, 15.0;温差0.0档应为100，为了只用一字节十进制表示，100用99代SD_TAB:DB 99H,91H,83H,75H,67H,61H,54H,48H,42H,37H,31H,27H,22H,18H,14H,10H DB 07H,04H,01H,00H,00H,00H,00H,00H,00H,00H,00H,00H,00H,00H,00H,00H_1:DB 99H,91H,83H,76H,69H,62H,50H,44H,39H,34H,30H,25H,21H,17H,14H,10H DB 07H,04H,01H,00H,00H,00H,00H,00H,00H,00H,00H,00H,00H,00H,00H,00H_2:DB 99H,92H,84H,77H,70H,64H,58H,52H,47H,42H,37H,33H,28H,24H,21H,17H DB 14H,11H,08H,05H,02H,00H,00H,00H,00H,00H,00H,00H,00H,00H,00H,00H_3:DB 99H,92H,85H,78H,72H,65H,60H,54H,49H,44H,39H,35H,31H,27H,23H,20H DB 17H,14H,11H,08H,06H,03H,01H,00H,00H,00H,00H,00H,00H,00H,00H,00H_4:DB 99H,93H,86H,80H,74H,68H,63H,57H,53H,48H,44H,40H,36H,32H,29H,25H DB 22H,19H,17H,14H,12H,10H,07H,05H,03H,02H,00H,00H,00H,00H,00H,00H_5:DB 99H,93H,86H,80H,74H,68H,63H,57H,53H,48H,44H,40H,36H,32H,29H,25H DB 22H,19H,17H,14H,12H,10H,07H,05H,03H,02H,00H,00H,00H,00H,00H,00H_6:DB 99H,93H,87H,81H,75H,69H,64H,59H,54H,50H,46H,42H,38H,34H,31H,28H DB 25H,22H,19H,17H,15H,12H,10H,08H,06H,05H,03H,01H,00H,00H,00H,00H_7:DB 99H,93H,87H,81H,75H,69H,64H,59H,54H,50H,46H,42H,38H,34H,31H,28H DB 25H,22H,19H,17H,15H,12H,10H,08H,06H,05H,03H,01H,00H,00H,00H,00H_8:DB 99H,94H,88H,82H,76H,71H,66H,62H,57H,53H,49H,46H,42H,39H,35H,32H DB 29H,27H,24H,22H,19H,17H,15H,13H,11H,10H,08H,06H,05H,04H,02H,02H第 1 页相对湿度对照表_9:DB 99H,94H,88H,82H,77H,72H,68H,63H,59H,55H,51H,47H,44H,40H,37H,34H DB 32H,29H,26H,24H,22H,20H,18H,16H,14H,12H,10H,09H,07H,06H,05H,05H_10:DB 99H,94H,86H,83H,78H,73H,69H,64H,60H,56H,52H,49H,45H,42H,39H,36H DB 33H,31H,28H,26H,24H,22H,20H,18H,16H,14H,13H,11H,10H,08H,07H,07H_11:DB 99H,94H,89H,84H,79H,74H,69H,65H,61H,57H,54H,50H,47H,44H,41H,38H DB 35H,33H,30H,28H,26H,24H,22H,20H,18H,16H,15H,13H,12H,10H,09H,09H_12:DB 99H,94H,89H,84H,79H,75H,70H,66H,62H,59H,55H,52H,48H,45H,42H,40H DB 37H,35H,32H,30H,28H,26H,24H,22H,20H,18H,17H,15H,14H,12H,11H,11H_13:DB 99H,95H,90H,85H,80H,76H,71H,67H,63H,60H,56H,53H,50H,47H,44H,41H DB 39H,36H,34H,32H,29H,27H,25H,24H,22H,20H,19H,17H,16H,14H,13H,13H_14:DB 99H,95H,90H,85H,81H,76H,72H,68H,64H,61H,57H,54H,51H,48H,45H,43H DB 40H,38H,35H,33H,31H,29H,27H,25H,24H,22H,20H,19H,17H,16H,15H,15H_15:DB 99H,95H,90H,85H,81H,77H,73H,69H,65H,62H,59H,55H,52H,50H,47H,44H DB 42H,39H,37H,35H,33H,31H,29H,27H,25H,24H,22H,21H,19H,18H,16H,16H_16:DB 99H,95H,90H,86H,82H,78H,74H,70H,66H,63H,60H,57H,54H,51H,48H,45H DB 43H,41H,38H,36H,34H,32H,30H,29H,27H,25H,24H,22H,21H,19H,18H,18H_17:DB 99H,95H,91H,86H,82H,78H,74H,71H,67H,64H,61H,58H,55H,52H,49H,47H DB 44H,42H,40H,38H,36H,34H,32H,30H,28H,27H,25H,24H,22H,21H,20H,20H _18:DB 99H,95H,91H,87H,83H,79H,75H,71H,68H,65H,62H,59H,56H,53H,50H,48H DB 45H,43H,41H,39H,37H,35H,33H,31H,30H,28H,27H,25H,24H,22H,21H,21H _19:DB 99H,95H,91H,87H,83H,79H,76H,72H,69H,65H,62H,59H,57H,54H,51H,49H DB 47H,44H,42H,40H,38H,36H,34H,33H,31H,29H,28H,26H,25H,24H,22H,22H _20:DB 99H,96H,91H,87H,83H,80H,76H,73H,69H,66H,63H,60H,58H,55H,52H,50H DB 48H,45H,43H,41H,39H,37H,36H,33H,32H,31H,29H,28H,26H,25H,24H,24H _21:DB 99H,96H,92H,88H,84H,80H,77H,73H,70H,67H,64H,61H,58H,56H,53H,51H DB 49H,46H,44H,42H,40H,39H,37H,35H,33H,32H,30H,29H,28H,26H,25H,25H _22:DB 99H,96H,92H,88H,84H,81H,77H,74H,71H,68H,65H,62H,59H,57H,54H,52H DB 50H,47H,45H,43H,41H,40H,38H,36H,35H,33H,31H,30H,29H,27H,26H,26H _23:DB 99H,96H,92H,88H,84H,81H,78H,74H,71H,68H,65H,63H,60H,58H,55H,53H DB 51H,48H,46H,44H,42H,41H,39H,37H,36H,34H,33H,31H,30H,28H,27H,27H _24:DB 99H,96H,92H,88H,85H,81H,78H,75H,72H,69H,66H,63H,61H,58H,56H,54H DB 51H,49H,47H,45H,43H,42H,40H,38H,37H,35H,34H,32H,31H,30H,28H,28H _25:DB 99H,96H,92H,89H,85H,82H,79H,76H,73H,69H,67H,64H,62H,59H,57H,54H DB 52H,50H,48H,46H,44H,43H,41H,38H,39H,36H,35H,33H,32H,31H,29H,29H _26:DB 99H,96H,92H,89H,85H,82H,79H,76H,73H,70H,67H,65H,62H,60H,57H,55H DB 53H,51H,49H,47H,45H,44H,42H,40H,39H,37H,36H,34H,33H,32H,30H,30H _27:DB 99H,96H,93H,89H,86H,82H,79H,76H,73H,71H,68H,65H,63H,60H,58H,56H DB 54H,52H,50H,48H,46H,44H,43H,41H,39H,38H,37H,35H,34H,32H,31H,31H _28:DB 99H,96H,93H,89H,86H,83H,80H,77H,74H,71H,68H,66H,63H,61H,59H,57H DB 55H,53H,51H,49H,47H,45H,43H,42H,40H,39H,37H,36H,35H,33H,32H,32H第 2 页相对湿度对照表_29:DB 99H,96H,93H,89H,86H,83H,80H,77H,75H,72H,69H,67H,65H,62H,60H,57H DB 55H,53H,51H,49H,48H,46H,44H,43H,41H,40H,38H,34H,35H,34H,33H,33H_30:DB 99H,96H,93H,90H,86H,83H,80H,77H,75H,72H,69H,67H,65H,62H,60H,58H DB 56H,54H,52H,50H,48H,47H,45H,43H,42H,40H,39H,38H,36H,35H,34H,34H_31:DB 99H,96H,93H,90H,87H,84H,81H,78H,75H,73H,70H,68H,65H,63H,61H,59H DB 57H,55H,53H,51H,49H,47H,46H,44H,43H,41H,40H,38H,37H,36H,35H,35H _32:DB 99H,97H,93H,90H,87H,84H,81H,78H,76H,73H,71H,68H,66H,63H,61H,59H DB 57H,55H,53H,52H,50H,48H,46H,45H,43H,42H,41H,39H,38H,37H,36H,36H_33:DB 99H,97H,93H,90H,87H,84H,81H,79H,76H,73H,71H,68H,66H,64H,62H,60H DB 58H,56H,54H,52H,50H,49H,47H,46H,44H,43H,42H,40H,39H,38H,37H,37H _34:DB 99H,97H,93H,90H,87H,84H,82H,79H,76H,74H,72H,69H,67H,64H,62H,60H DB 58H,56H,55H,53H,51H,49H,47H,46H,45H,44H,43H,41H,40H,39H,37H,37H_35:DB 99H,97H,94H,90H,87H,85H,82H,79H,77H,74H,72H,69H,67H,65H,63H,61H DB 59H,57H,55H,53H,52H,50H,48H,47H,46H,45H,43H,41H,40H,39H,38H,38H _36:DB 99H,97H,94H,91H,88H,85H,82H,79H,77H,74H,72H,70H,68H,65H,63H,61H DB 59H,58H,56H,54H,53H,50H,49H,48H,46H,45H,44H,42H,41H,40H,38H,38H_37:DB 99H,97H,94H,91H,88H,85H,82H,80H,77H,75H,72H,70H,68H,66H,64H,62H DB 60H,58H,56H,55H,53H,51H,50H,49H,47H,46H,44H,42H,41H,40H,39H,39H _38:DB 99H,97H,94H,91H,88H,85H,83H,80H,78H,75H,73H,71H,68H,66H,64H,62H DB 60H,59H,57H,55H,54H,51H,50H,49H,47H,46H,45H,43H,42H,41H,39H,39H_39:DB 99H,97H,94H,91H,88H,85H,83H,80H,78H,75H,73H,71H,69H,67H,65H,63H DB 61H,59H,57H,56H,54H,52H,51H,50H,49H,47H,45H,43H,42H,41H,40H,40H _40:DB 99H,97H,94H,91H,88H,86H,83H,81H,78H,76H,73H,71H,69H,67H,65H,64H DB 61H,60H,58H,56H,54H,52H,51H,50H,48H,47H,46H,44H,43H,42H,41H,41H第 3 页。

干湿球相对湿度对照表干湿球是一种检测环境湿度的仪器，它可以用来衡量空气中相对水汽压强度，以此计算出相对湿度。

它利用一个可以藉由湿气吸收表面上的水，并形成一层水膜而变轻的织物来来测量空气中湿度变化的原理，可用于各种室内外环境与天气条件。

相对湿度是指空气中水蒸气的重量除以空气中比它温度下（称为饱和温度）凝结时的重量的比值，通常以百分比的形式表示。

室内的温湿度要求有时会通过相对湿度来进行控制。

空调系统常常被调节为35-60%范围，以防止潮湿、霉菌和病毒等有害微生物出现。

由于外界温度变化，空气中的水蒸气压力也受到植物蒸腾、直射辐射等多方面的影响。

下表就是干湿球测量相对湿度的基本参考表：| 相对湿度 | 干湿球变化 || --- | --- || 100% | 完全湿润 || 95% | 部分滴水 || 90% | 水心突出 || 80% | 开始膨胀 || 73% | 完全湿润 || 60% | 膨胀到极限 || 40% | 干湿球开始变轻 || 20% | 部分干燥 || 0% | 干湿球完全干燥 |以上是干湿球相对湿度对照表，当温湿度变化时，干湿球会根据空气中相对湿度从湿转换为干，或者从干转换为湿，从而达到衡量空气温湿变化的目的，这是检测气候变化的一种普遍、经济、实用的仪器。

正常情况下，空气中的湿度会受到季节性的影响，不同的空气温度会影响水蒸气活动的强度，进而影响空气中的相对湿度，因此，干湿球也被用于检测季节性气候变化。

使用干湿球来衡量温湿度也有它的不足之处，一方面，其包含的水膜是不可见的，只能用物理变化确定相对湿度，另一方面，其难以精确测量非常高或非常低的相对湿度。

在温湿度有突然变化时，相对湿度测量也变得不准确。

因此，在检测温湿度时，应做好把握空气温湿度变化的正确方法，以及使用先进的设备和技术来准确测量，从而保证环境温湿度的正常和安全。